Item Details: * Brand new and high quality. * Car Bluetooth FM transmitter: BD&M FM car Bluetooth transmitter provides a variety of solutions for your hands-free driving and car stereo streaming. It has a large display screen, provides a wider visual interface, can display more information, such as caller number, track name, FM frequency, battery voltage, Bluetooth connected devices, etc. * Stronger microphone, better hands-free call: BD&M FM car Bluetooth transmitter uses a stronger microphone, which greatly amplifies sound reception and enhances sound quality, bringing a higher level of experience. * Treble & bass music streaming: You can play music directly from the car radio via Bluetooth/micro TF card/auxiliary output, enjoy the free switching between high and low modes, and the color spectrum is automatically synchronized with your music. * QC3.0 fast charging: With QC3.0 charging port, it provides high-speed charging for drivers and passengers. The charging time is 4 times faster than traditional charging. * Car voice service: You can use Siri Assistant to make calls, send text messages, or get driving directions, so that you can focus completely on the road. BD&M FM car Bluetooth transmitter brings voice service to your car. Specifications: *Condition: Brand New *Product name: Adjustable BASS high and low MP3 equalizer *Product model: BT93 *Decoding ability: lossless format decoding *Display: 1.8-inch color TFT display *Display size: 34*43.7*2.5mm *Product weight: 48g *Input: DC9-28V *Required power: 23W *Output: PD18W+5V/1A (optional QC3.0) *Bluetooth version: ATS 5.0 *U disk music: 64GB *TF card music: 32GB *Sound mode: BASS and TREB *Music format: MP3/WMA/WAV/ape/FLAC *Support microphone: single-point microphone cavity microphone *Product size: 4*8.5*11cm Package Contents: 1 * FM Transmitter Note: 1. The real color of the item may be slightly different from the pictures shown on website caused by many factors such as brightness of your monitor and light brightness. 2. Please allow slight manual measurement deviation for the data.